Dear Blogger followers:
Since my major is aerospace engineering and mathematics I will be dividing my internship experience between Robotics and Mathematics. Therefore you will get a little bit of variety on my posts. I have not officially begun my project but I will this week. In the mean time I would like to share with you a topic that interests me: Unmanned Aerial Vehicles (UAVs).
It is indeed true that an aircraft like this is characterized for not having a human pilot on board. But actually, UAVs are more than that. The whole idea is that they navigate “autonomously,” or without human interaction. We have gone from not having technology at all, to having it and using it to ease our daily life tasks, to now trying to teach those technological apparatuses to be like us humans. Will there ever be a day in which robots would be able to be their own beings? Being not only able to perform mathematical algorithms extremely complicated in fractions of seconds but also to have feelings such like we humans do? Creepy, isn’t it?
If such a day were to come, I am certain that it will not be any time soon. However, we cannot ignore the tremendous technological advances we are making when it comes to robots. An autonomous robot ideally should think by itself but it does not, yet. It has to be programmed to be able to used equipment integrated to it to perform a specific task. A flying robot, for example, uses sensors to control altitude, a sonar, which is an acronym for Sound Navigation And Ranging, to communicate with or detect objects, cameras to search, view and record, a computer to communicate with a ground station and most importantly a computer software that allows it to understand what to do and how.
Although it is true that the government is interested in using such vehicles for the military, there are also a lot fields UAVs can be implemented on including: law enforcement (border patrolling), aviation, and agriculture.
--Yany